slist.html

Standard Template Library (SOURCE + COMPLETE html man document)

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<tt>slist&amp; operator=(const slist&amp;)</tt>
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 <A href="Container.html">Container</A>
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The assignment operator
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<tt>void swap(slist&amp;)</tt>
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 <A href="Container.html">Container</A>
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Swaps the contents of two slists.
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<tt>reference front()</tt>
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 <A href="FrontInsertionSequence.html">Front Insertion Sequence</A>
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Returns the first element.
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<tt>const_reference front() const</tt>
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 <A href="FrontInsertionSequence.html">Front Insertion Sequence</A>
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Returns the first element.
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<tt>void push_front(const T&amp;)</tt>
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 <A href="FrontInsertionSequence.html">Front Insertion Sequence</A>
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Inserts a new element at the beginning.
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<tt>void pop_front()</tt>
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 <A href="FrontInsertionSequence.html">Front Insertion Sequence</A>
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Removes the first element.
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<tt>iterator previous(iterator pos)</tt>
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<tt>slist</tt>
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See below
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<tt>const_iterator previous(const_iterator pos)</tt>
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<tt>slist</tt>
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See below
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<tt>iterator insert(iterator pos, const T&amp; x)</tt>
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 <A href="Sequence.html">Sequence</A>
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Inserts <tt>x</tt> before <tt>pos</tt>.
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<pre>
template&lt;class InputIterator&gt;
void insert(iterator pos, InputIterator f, InputIterator l)
<A href="#3">[3]</A>
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 <A href="Sequence.html">Sequence</A>
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Inserts the range <tt>[first, last)</tt> before <tt>pos</tt>.
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<pre>
void insert(iterator pos,
            size_type n, const value_type&amp; x)
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 <A href="Sequence.html">Sequence</A>
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Inserts <tt>n</tt> copies of <tt>x</tt> before <tt>pos</tt>.
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<tt>iterator erase(iterator pos)</tt>
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 <A href="Sequence.html">Sequence</A>
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Erases the element at position <tt>pos</tt>.
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<tt>iterator erase(iterator first, iterator last)</tt>
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 <A href="Sequence.html">Sequence</A>
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Erases the range <tt>[first, last)</tt>
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<tt>void clear()</tt>
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 <A href="Sequence.html">Sequence</A>
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Erases all of the elements.
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<tt>void resize(n, t = T())</tt>
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 <A href="Sequence.html">Sequence</A>
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Inserts or erases elements at the end such that the size becomes <tt>n</tt>.
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<tt>iterator insert_after(iterator pos)</tt>
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<tt>slist</tt>
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See below.
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<tt>iterator insert_after(iterator pos, const value_type&amp; x)</tt>
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<tt>slist</tt>
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See below.
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<pre>
template&lt;class InputIterator&gt;
void insert_after(iterator pos,
                  InputIterator f, InputIterator l)
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<tt>slist</tt>
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See below.
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void insert_after(iterator pos, 
                  size_type n, const value_type&amp; x)
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<tt>slist</tt>
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See below.
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<tt>iterator erase_after(iterator pos)</tt>
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<tt>slist</tt>
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See below.
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<tt>iterator erase_after(iterator before_first, iterator last)</tt>
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<tt>slist</tt>
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See below.
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<tt>void splice(iterator position, slist&amp; L)</tt>
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<tt>slist</tt>
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See below.
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<tt>void splice(iterator position, slist&amp; L, iterator i)</tt>
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<tt>slist</tt>
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See below.
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<tt>void splice(iterator position, slist&amp; L, iterator f, iterator l)</tt>
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<tt>slist</tt>
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See below.
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<tt>void splice_after(iterator pos, iterator prev)</tt>
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<tt>slist</tt>
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See below.
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<pre>
void splice_after(iterator pos, 
                  iterator before_first, 
                  iterator before_last)
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<tt>slist</tt>
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See below.
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<tt>void remove(const T&amp; value)</tt>
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<tt>slist</tt>
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See below.
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<tt>void unique()</tt>
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<tt>slist</tt>
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See below.
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<tt>void merge(slist&amp; L)</tt>
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<tt>slist</tt>
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See below.
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<tt>void sort()</tt>
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<tt>slist</tt>
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See below.
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<pre>
bool operator==(const slist&amp;, 
                const slist&amp;)
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 <A href="ForwardContainer.html">Forward Container</A>
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Tests two slists for equality.  This is a global function, not
   a member function.
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<pre>
bool operator&lt;(const slist&amp;, 
               const slist&amp;)
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 <A href="ForwardContainer.html">Forward Container</A>
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Lexicographical comparison.  This is a global function, not
   a member function.
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<h3>New members</h3>
These members are not defined in the 
<A href="FrontInsertionSequence.html">Front Insertion Sequence</A> requirements, but are specific to <tt>slist</tt>:
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Function
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Description
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<tt>iterator previous(iterator pos)</tt>
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<tt>pos</tt> must be a valid iterator in <tt>*this</tt>.  The return value is
   an iterator <tt>prev</tt> such that <tt>++prev == pos</tt>.  Complexity:
   linear in the number of iterators in the range <tt>[begin(), pos)</tt>.
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<tt>const_iterator previous(const_iterator pos)</tt>
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<tt>pos</tt> must be a valid iterator in <tt>*this</tt>.  The return value is
   an iterator <tt>prev</tt> such that <tt>++prev == pos</tt>.  Complexity:
   linear in the number of iterators in the range <tt>[begin(), pos)</tt>.